BMRB Entry 7225
Click here to enlarge.
PDB ID: 2hep
Entry in NMR Restraints Grid
Validation report in NRG-CING
Chem Shift validation: AVS_full, LACS
BMRB Entry DOI: doi:10.13018/BMR7225
MolProbity Validation Chart
NMR-STAR file interactive viewer.
NMR-STAR v3 text file.
NMR-STAR v2.1 text file (deprecated)
XML gzip file.
RDF gzip file.
All files associated with the entry
Title: Solution NMR structure of the UPF0291 protein ynzC from Bacillus subtilis. Northeast Structural Genomics target SR384. (CASP Target) PubMed: 18431750
Deposition date: 2006-07-14 Original release date: 2008-07-16
Authors: Aramini, J.; Swapna, G.; Ho, C.; Shetty, K.; Cunningham, K.; Ma, L.-C.; Xiao, R.; Liu, J.; Baran, M.; Acton, T.; Rost, B.; Montelione, G.
Citation: Aramini, J.; Sharma, S.; Huang, Y.; Swapna, G.; Ho, C.; Shetty, K.; Cunningham, K.; Ma, L.-C.; Zhao, L.; Owens, L.; Jiang, M.; Xiao, R.; Liu, J.; Baran, M.; Acton, T.; Rost, B.; Montelione, G.. "Solution NMR structure of the SOS response protein YnzC from Bacillus subtilis" Proteins 72, 526-530 (2008).
Assembly members:
UPF0291 protein ynzC, polymer, 85 residues, Formula weight is not available
Natural source: Common Name: Bacillus subtilis Taxonomy ID: 1423 Superkingdom: Bacteria Kingdom: not available Genus/species: Bacillus subtilis
Experimental source: Production method: recombinant technology
Entity Sequences (FASTA):
UPF0291 protein ynzC: MISNAKIARINELAAKAKAG
VITEEEKAEQQKLRQEYLKG
FRSSMKNTLKSVKIIDPEGN
DVTPEKLKREQRNNKLHLEH
HHHHH
- assigned_chemical_shifts
Data type | Count |
13C chemical shifts | 338 |
15N chemical shifts | 75 |
1H chemical shifts | 489 |
Additional metadata:
Related Database Links:
BMRB | 15476 |
PDB | 2HEP 2JVD 3BHP |
DBJ | BAI85472 BAM52440 BAM58016 GAK81555 |
EMBL | CAB13672 CCU58402 CEI56979 CEJ77403 |
GB | ADV92690 AEP90959 AFI28488 AFQ57722 AGE63629 |
REF | NP_389671 WP_003231595 WP_014664125 WP_019714523 WP_024573193 |
SP | O31818 |
Download simulated HSQC data in one of the following formats:
CSV: Backbone
or all simulated shifts
SPARKY: Backbone
or all simulated shifts